Turbine Insulation

Portable cushion insulators have a variety of applications in industry to reduce energy waste costs and keep process temperatures constant while protecting the health of personnel and equipment from environmental hazards. The ease of installation and disassembly of these insulators reduces and accelerates maintenance costs as well as provides easy access to vital parts and, unlike conventional insulators, these insulators can be reused after disassembly.

Usages

• Electrical industry and generators
• Refineries
• Petrochemical / chemical processes
• Medicinal plants, food

These insulators can be installed for almost any part of any system process. Like:

• Valves
• Turbines and pumps
• Reservoirs
• Heat exchanger channels
• Gas outlet systems
• Freezing protection systems (electrically heated coatings)

?What is the feature of a suitable insulation

A cushion insulation is most effective when it is perfectly suited to the application and has sufficient strength. Restricting the internal cavities as much as possible will save energy and prevent heat loss. To this end, the insulators inspect all items in a customized and accurate manner, in accordance with the measurements and identification of pores and environmental interactions that affect the installation process. Prior to shipment, the quality control unit checks all dimensions and accuracy of production and their compliance with the plan. As a result, regardless of the complexity of the overall shape, cushion insulation is certainly a good choice.

?What is the feature of a quality insulation

In order to achieve the highest efficiency and longevity, as well as to address the concerns of the industry, custom insulation must be made of the highest quality materials available. Parmin Savice Knowledge-Based Company, in the production of custom insulation, generally offers the following:

• Use of silicone fiberglass fabrics in the outer parts of the jacket insulation and liner area (with different weight and thickness depending on the application) due to high durability and stability against moisture and oil penetration, abrasion, cutting, bending and drilling.
• Use of stainless-steel reinforced Kevlar yarn due to its high resistance to UV rays, heat and moisture damage.
• Use of fiberglass felt with various thicknesses depending on the application as intermediate insulation.
• Use a wide range of fasteners (including Nomex hooks, steel belts, mesh hooks, etc.) for a variety of temperature applications